def PerformExperiment(cls, poolNumber=None):
''' Perform single experiment and save all possible results (album, gene pool of last population and summary with
best and average fitnesses (other parameters are optional)
:param poolNumber: int
Set, if you want to start your experiment not from the random beginning, but from the saved progress.
'''
# Set up environment
SetUpManager.SetUp()
# Load population if experiment doesn't start from the random beginning.
if poolNumber is not None:
EvolutonaryAlgorithm.LoadPopulation("data/genePools/pool" +
str(poolNumber) + ".txt")
# Perform experiment
EvolutonaryAlgorithm.Execute()
# Create album
album = AlbumWriter.AlbumFromAlgorithm(EvolutonaryAlgorithm)
# Save results
cls.SaveAlbum(album)
cls.SaveGenePool()
cls.AddSummaryToRegistry()
# Increment counter (next experiment will have another number)
cls.numberOfExperiment += 1
def PerformExperiment(cls, poolNumber=None):
# Set up environment
SetUpManager.SetUp()
# Load population if experiment doesn't start from the random beginning.
if poolNumber is not None:
EvolutonaryAlgorithm.LoadPopulation("data/genePools/pool" +
str(poolNumber) + ".txt")
# Perform experiment
EvolutonaryAlgorithm.Execute()
# Create album
album = AlbumWriter.AlbumFromAlgorithm(EvolutonaryAlgorithm)
# Save results
cls.SaveAlbum(album)
cls.SaveGenePool()
cls.AddSummaryToRegistry()
# Increment counter (next experiment will have another number)
cls.numberOfExperiment += 1
'''
TEST Displayer::PlayAlbum(self)
'''
from Modules.GUI.displayer import Displayer
from Modules.Simulation.map import Map
from Modules.General.general_tools import PathsManager
from Modules.Simulation.data_containers import Album
from Modules.Settings.set_up_manager import SetUpManager
import os
os.environ['SDL_VIDEO_WINDOW_POS'] = "%d,%d" % (100, 100)
SetUpManager.SetUp()
amap = Map()
amap.LoadFromFile(PathsManager.GetPath("map"))
adisplayer = Displayer
adisplayer.map = amap
album = Album()
album.LoadFromFile(PathsManager.GetPath("albums", "album1.txt"))
adisplayer.PlayAlbum(album)