WFM_FILE = 'waveform_data.npy'
WFM_RC_FILE = 'waveform_data_rc.npy'
TX_COORDS_FILE = 'tx_coords.npy'
RX_COORDS_FILE = 'rx_coords.npy'
WFM_CROP_SETTINGS = 'crop_settings'
DAS_INR_FILE = 'scene.npy'
TEMPS_FILE = 'temps.npy'
SYS_PARAMS = 'sys_params'
TX_COORDS = 'tx_coords'
RX_COORDS = 'rx_coords'
TX_POS = 'tx_pos'
RX_POS = 'rx_pos'
RX_VECS = 'rx_vectors'
TX_VECS = 'tx_vectors'
TX_BW = 'tx_bandwidth'
RX_BW = 'rx_bandwidth'
CENTER = 'center'
GROUP_DELAY = 'group_delay'
FS = 'sampling_frequency'
FC = 'center_frequency'
TEMPS = 'temps'
WFM_DATA = 'wfm_data'
CORNERS = 'corners'
VOXELS = 'voxels'
WFM_PARAMS = 'wfm_params'
F_START = 'f_start'
F_STOP = 'f_stop'
T_DUR = 't_dur'
WIN_RATIO = 'win_ratio'
WFM = 'wfm'
BF_FILE = 'backprojected_scene.npy'
WFM_RC = 'wfm_rc'
GEOMETRY = 'geometry'
MIN_SAMPLE = 'min_sample'
MIN_DIST = 'min_dist'
MAX_DIST = 'max_dist'
NUM_SAMPLES = 'num_samples'
WEIGHT_PREFIX = 'weights_trans_'
MODEL_PREFIX = 'model_trans_'
NUM_X = 'num_x'
NUM_Y = 'num_y'
NUM_Z = 'num_z'
NETWORK = 'network'
WEIGHTS = 'weights'
GT_IMG = 'gt_img'
IMAGES = 'images'
NUMPY = 'numpy'
SOUND_SPEED = 'speed_of_sound'
AIRSAS_BF = 'airsas'
SERDP_BF = 'svss'
SAME_TX_PER_K_RX = 'same_tx_per_k_rx'
LOSS_FILE = 'losses.npy'
SPHERICAL = 'sphere'
ELLIPSOID = 'ellipse'
SCATTERER = 'complex_scatterer'
NORMAL = 'normals'
SCENE_RAVELED = 'scene_raveled'
X_DIM = 'x_dim'
Y_DIM = 'y_dim'
Z_DIM = 'z_dim'
HELIX = 'helix'
SPARSE = 'sparse'
# hello