- How to train model for Background removal from images in Machine Learning
- How to calculate confidence score of a Neural Network prediction
- How to parse the heatmap output for the pose estimation tflite model?
- How to solve, No module named 'tf'?
- YOLO (Darknet): How to detect a whole directory of images?
- How to get loss gradient wrt internal layer output in tensorflow 2?
- How to safely shutdown mlflow ui?
- 【CVAT】How to create multiple jobs in one task?
- How to increase accuracy of model using catboost
- How to implement a skip-connection structure between LSTM layers
- How to fix : module 'tensorflow' has no attribute 'Session'
- How to test one single image in pytorch
- Plotly: How to make an annotated confusion matrix using a heatmap?
- How to get the Weight of Evidence (WOE) and Information Value (IV) in Python/pandas?
- How to save weights of keras model for each epoch?
- How to avoid reloading ML model every time when I call python script?
- How to split data based on a column value in sklearn
- How to use sklearn ( chi-square or ANOVA) to removes redundant features
- How to graph centroids with KMeans
- How to solve ' CUDA out of memory. Tried to allocate xxx MiB' in pytorch?
Tensorflow2.0 - How to convert Tensor to numpy() array
Written by- Aionlinecourse1257 times views
You can use the .numpy() method of a Tensor to convert it to a NumPy array. Here's an example:
Keep in mind that this method returns a NumPy array with a copy of the data in the Tensor. If you want to avoid the overhead of copying the data, you can use the tf.Tensor.experimental_memory_efficient_forwarding property, which returns a view of the Tensor as a NumPy array without copying the data. Here's an example:
import tensorflow as tf
# Create a Tensor
tensor = tf.constant([[1, 2], [3, 4]])
# Convert the Tensor to a NumPy array
array = tensor.numpy()
print(array) # prints [[1 2] [3 4]]
import tensorflow as tfNote that this property is experimental and may not always be available.
# Create a Tensor
tensor = tf.constant([[1, 2], [3, 4]])
# Get a view of the Tensor as a NumPy array without copying the data
array = tensor.experimental_memory_efficient_forwarding
print(array) # prints [[1 2] [3 4]]