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%matplotlib inline
from menpo.visualize import visualize_images
from menpofit.visualize import visualize_shape_model, visualize_fitting_results
from menpo.landmark import ibug_face_49, ibug_face_51, ibug_face_68, ibug_face_66
from antonakoscvpr2015.benchmark.base import train_aps, fit_aps
from antonakoscvpr2015.utils.base import plot_deformation_model, plot_appearance_graph, plot_shape_graph
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experiments_path = '/home/ea1812/Desktop/EXPERIMENTS/'
fast = True
group = ibug_face_66
verbose = True
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training_images_options = {'path_to_images':'/home/ea1812/Desktop/data/nontas/Documents/Research/Databases/LFPWtrain/trainset/',
'db_name':'lfpwtrain',
'crop_percentage':0.5}
training_options = {'features':'no_op', # {'no_op', 'igo', 'double_igo', 'sift'}
'graph_deformation':'mst_66', # see benchmark.base.parse_deformation_graph()
'graph_appearance':'chain_per_area_66',# see benchmark.base.parse_appearance_graph()
'graph_shape':'full_single_gaussian', # see benchmark.base.parse_appearance_graph()
'patch_shape':(17, 17), # {(13, 13), (15, 15), (17, 17), (19, 19), (21, 21)}
'normalization_diagonal':100, # {100, 150}
'n_levels':2, # 2
'downscale':2, # {2, 1.5}
'scaled_shape_models':False, # {False, True}
'use_procrustes':True, # {True, False}
'n_appearance_parameters':150} # {50, 100, 150, 200, 400}
save_model = True
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fitting_options = {'algorithm': 'inverse', # {'forward', 'inverse'}
'n_shape': [3, 12],
'use_deformation': False,
'noise_std': 0.04,
'max_iters': 50}
#fitting_images_options = {'path_to_images':'/home/ea1812/Documents/databases/lfpw/testset/',
# 'db_name':'lfpwtest',
# 'crop_percentage':0.5}
fitting_images_options = {'path_to_images':'/home/ea1812/Documents/databases/afw/',
'db_name':'afw',
'crop_percentage':0.5}
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aps, model_filename, training_images = train_aps(experiments_path, fast, group, training_images_options, training_options, save_model, verbose)
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fitting_results, results_filename = fit_aps(aps, model_filename, experiments_path, fast, group, fitting_images_options, fitting_options, verbose)
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visualize_images(training_images)
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plot_deformation_model(aps, 0, 1)
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plot_shape_graph(aps, 0)
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plot_appearance_graph(aps, 0)
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print range(16)
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visualize_fitting_results(fitting_results)
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aps.view_widget(n_parameters=None, mode='single', parameters_bounds=(-10., 10.))
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print aps.appearance_models[0][0].shape
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