def apply_preprocessing_bcb(X, real_dim):
X[0] = X[0][..., 0:12] # CO
X[1] = X[1][..., 4:16] # Xe
X = pp.interpolate_and_crop(X, real_dim)
X_ = []
for z in range(X[0].shape[-1] - 10 + 1):
X_.append([x[..., z:z + 10] for x in X])
X = [np.concatenate([x[i] for x in X_], axis=0) for i in range(len(X))]
pp.add_norm(X)
return X
def apply_preprocessing_exp(X, real_dim):
# Pick slices
X[0] = X[0][..., 0:10] # CO
X[1] = X[1][..., 4:14] # Xe
X = pp.interpolate_and_crop(X, real_dim)
pp.add_norm(X)
return X
def apply_preprocessing_exp(X, real_dim):
# Pick slices
X[0] = X[0][..., :10] # CO
X[1] = X[1][..., :10] # Xe
X = pp.interpolate_and_crop(X, real_dim)
pp.add_norm(X)
X = [x[:, :80, 8:80] for x in X]
return X
def apply_preprocessing_exp(X, real_dim):
# Pick slices
X[0] = X[0][..., 0:10] # CO
X[1] = X[1][..., 4:14] # Xe
X = pp.interpolate_and_crop(X, real_dim)
pp.add_norm(X)
# Flip, rotate and shift Xe data
X[1] = X[1][:, ::-1]
X[1] = rotate(X[1], angle=-12, axes=(2, 1), reshape=False, mode='reflect')
X[1] = shift(X[1], shift=(0, -5, 1, 0), mode='reflect')
X = [x[:, 2:90] for x in X]
return X
def apply_preprocessing_bcb(X, real_dim):
X[0] = X[0][..., :10] # Pick slices
X = pp.interpolate_and_crop(X, real_dim)
pp.add_norm(X)
return X
