我想在張量流中使用 fft2d 變換，然后用卷積層分析幅度和相位結(jié)果......我已經(jīng)制作了一個(gè)帶有 Lambda 層的系統(tǒng)來使用張量流函數(shù)并獲得幅度和相位。但是當(dāng)我添加 Conv2d 層時(shí)，我得到了錯(cuò)誤Depth of input (3) is not a multiple of input depth of filter (199) for '1_Magn_Conv_f500_k2_2/convolution' (op: 'Conv2D') with input shapes: [?,199,199,3], [2,2,199,500]我不明白是什么shape [2,2,199,500]以及導(dǎo)致此錯(cuò)誤的原因。我試圖減少網(wǎng)絡(luò)中的層數(shù)，以檢測是哪一層造成了問題。我檢查了 magn_angle 輸出兩個(gè)張量shapes [None,199,199,3]。我正在與谷歌 colab 合作。這是重現(xiàn)錯(cuò)誤的最少代碼inpt = Input(shape = (199, 199, 3),name=str(0)+'_'+'Image')def magn_angle(x):    x = Lambda(lambda x:K.cast(x,dtype=tf.complex64))(x)    x_list_magn = []    x_list_angle = []    for i in range(3):        fft = Lambda(lambda x: tf.fft2d(x[:,:,:,i]), output_shape=(None,199,199))(x)# 2-dimensional discrete Fourier transform over the inner-most 2 dimensions        x_list_magn.append(Lambda(lambda fft:K.expand_dims(tf.math.abs(fft),axis=-1), output_shape=(None,199,199))(fft))        x_list_angle.append(Lambda(lambda fft: K.expand_dims(tf.math.angle(fft),axis=-1), output_shape=(None,199,199))(fft))    magn = Concatenate()(x_list_magn)    angle = Concatenate()(x_list_angle)    magn = Lambda(lambda magn: K.cast(magn,dtype=tf.float32), output_shape=(None,199,199))(magn)    angle = Lambda(lambda angle: K.cast(angle,dtype=tf.float32), output_shape=(None,199,199))(angle)    return magn,anglemagn, angle = magn_angle(inpt)magn = Conv2D(filters=500,kernel_size=(2,2),activation=None,strides=(1,1),padding='SAME',name=str(1)+'_'+'Magn_Conv_f500_k2',data_format="channels_last")(magn)...哪個(gè)輸出InvalidArgumentError: Depth of input (3) is not a multiple of input depth of filter (199) for '1_Magn_Conv_f500_k2_3/convolution' (op: 'Conv2D') with input shapes: [?,199,199,3], [2,2,199,500].