mean=mean)
max_power = params_appliance[application]['max_on_power']
threshold = params_appliance[application]['on_power_threshold']
ground_truth = ground_truth[offset:-offset] * std + mean
mains = (test_set_x[offset:-offset]) * std + mean
prediction = test_prediction[offset:-offset]
prediction[prediction <= 0.0] = 0.0
print(prediction.shape)
print(ground_truth.shape)
# np.save(args.appliance_name.replace(" ","_")+'_prediction', prediction)
# to load results: np.load(args.appliance_name+'_prediction')
sess.close()
sample_second = 6.0 # sample time is 6 seconds
print('F1:{0}'.format(
nm.get_F1(ground_truth.flatten(), prediction.flatten(), threshold)))
print('NDE:{0}'.format(nm.get_nde(ground_truth.flatten(),
prediction.flatten())))
print('MAE:{0}'.format(
nm.get_abs_error(ground_truth.flatten(), prediction.flatten())))
print('SAE:{0}'.format(
nm.get_sae(ground_truth.flatten(), prediction.flatten(), sample_second)))
save_name_y_pred = 'results/' + 'pointnet_building2_' + args.appliance_name + '_pred.npy' #save path for mains
save_name_y_gt = 'results/' + 'pointnet_building2_' + args.appliance_name + '_gt.npy' #save path for target
save_name_mains = 'results/' + 'pointnet_building2_' + args.appliance_name + '_mains.npy' #save path for target
np.save(save_name_y_pred, prediction)
np.save(save_name_y_gt, ground_truth)
np.save(save_name_mains, mains)
log('appliance_std: ' + str(appliance_std))
prediction = test_prediction * appliance_std + appliance_mean
prediction[prediction <= 0.0] = 0.0
ground_truth = ground_truth * appliance_std + appliance_mean
sess.close()
# ------------------------------------------ metric evaluation----------------------------------------------------------
sample_second = 8.0 # sample time is 8 seconds
log('F1:{0}'.format(nm.get_F1(ground_truth.flatten(), prediction.flatten(), threshold)))
log('NDE:{0}'.format(nm.get_nde(ground_truth.flatten(), prediction.flatten())))
log('\nMAE: {:}\n -std: {:}\n -min: {:}\n -max: {:}\n -q1: {:}\n -median: {:}\n -q2: {:}'
.format(*nm.get_abs_error(ground_truth.flatten(), prediction.flatten())))
log('SAE: {:}'.format(nm.get_sae(ground_truth.flatten(), prediction.flatten(), sample_second)))
log('Energy per Day: {:}'.format(nm.get_Epd(ground_truth.flatten(), prediction.flatten(), sample_second)))
# ----------------------------------------------- save results ---------------------------------------------------------
savemains = test_set_x.flatten() * aggregate_std + aggregate_mean
savegt = ground_truth
savepred = prediction.flatten()
if args.transfer:
save_name = args.save_results_dir + '/' + appliance_name + '/' + test_filename + '_transf_' + args.cnn # save path for mains
else:
save_name = args.save_results_dir + '/' + appliance_name + '/' + test_filename # save path for mains
if not os.path.exists(save_name):
os.makedirs(save_name)
# Numpy saving