height=height,
win_length=win_length,
channels=channels,
dset=dset,
d_type=d_type,
regularizer_list=regularizer_list,
break_win=break_win,
lambda_=lambda_)
#-----------------
#Load train data
#-----------------
ADL_videos = load_videos(dset='Thermal_track',
vid_class='ADL',
input_type='FRAME')
if model_data_type == 'flow':
load_optical_flow_dataset(vid_class='ADL', videos=ADL_videos)
#load Gan trainer
GAN3D = CAE_GAN3D(train_par=param, stride=stride)
print("Creating wndows\n")
if model_data_type == 'thermal':
ADL_windows = GAN3D.create_windowed_data(ADL_videos,
stride=stride,
data_key='FRAME')
print("Thermal windows shape")
print(ADL_windows.shape)
elif model_data_type == 'flow':
ADL_flow_windows = GAN3D.create_windowed_data(ADL_videos,
stride=1,
data_key='FLOW')
ADL_windows = ADL_flow_windows
dset=dset,
d_type=d_type,
regularizer_list=regularizer_list,
break_win=break_win)
param.thermal_lambda_S = lambdas[0]
param.thermal_lambda_T = lambdas[1]
param.flow_lambda = lambdas[2]
#-----------------
#Load train data
#-----------------
#load thermal frames
Fall_videos = load_videos(dset='Thermal_track',
vid_class='Fall',
input_type='ROI_FRAME')
#load flow frames
load_optical_flow_dataset(vid_class='Fall', videos=Fall_videos)
#-----------------
#MODEL Initialization
#-----------------
TR, TR_name, _ = diff_ROI_C3D_AE_no_pool(
img_width=param.width,
img_height=param.height,
win_length=param.win_length,
regularizer_list=param.regularizer_list,
channels=param.thermal_channels,
lambda_S=param.thermal_lambda_S,
lambda_T=param.thermal_lambda_T,
d_type='thermal')
FR, FR_name, _ = ROI_C3D_AE_no_pool(img_width=param.width,
img_height=param.height,
win_length=param.win_length - 1,